Professional data scientist, researcher, nature enthusiast, and lifelong learner. I am fascinated by the transformative power of technology in shaping how we live.
I am currently an active fellow at the Royal Statistical Society, with an M.Sc. in Business Intelligence and Analytics from The University of Huddersfield, I have over seven years of experience in harnessing data-driven methodologies, statistical modeling, and machine learning. My journey in the field has been focused on driving business growth, enhancing customer experiences, and optimizing profitability. I specialize in developing customer behavioral algorithms, leveraging visualization tools, and managing comprehensive research projects. These skills have been instrumental in my track record of successfully transforming data infrastructures, deriving critical insights, and formulating actionable recommendations.
Being a lifelong learner, I thrive in collaborative environments and excel in communicating complex data insights in a clear, impactful manner. I am deeply passionate about using data to inform strategic decision-making. I’m always eager to take on new data science challenges or explore fresh ideas. If you’re interested in collaboration, whether it’s tackling a new data science problem or brainstorming innovative concepts, I’d love to connect and see how we can create something amazing together.
Email: Chuks Chiazor
M.Sc. Business Intelligence and Analytics [Distinction] | The University of Huddersfield, UK (Completed February 2022) |
B.Sc. Plant Biotechnology | The University of Benin, Nigeria (Completed October 2015) |
Senior Data Scientist @ BPP Holdings (February 2023 - Present)
Data Scientist @ Quantnumerics(August 2020 - December 2022)
Data Analyst @ JISC (January 2022 - January 2023)
Communication Analyst @ Novo Health Africa (March 2017 - July 2020)
Project’s Github page with script
In the era of digital streaming, there’s an increasing need to categorize and recommend music based on genres. By analyzing various musical features extracted from tracks, we can delve deeper into their defining patterns. In this music genre classification project, you’ll work with a dataset containing various musical features extracted from tracks across different styles. (Completed in November 2024).
Project’s Github page with script
Developing, visualising, and deploying models with R Shiny allows data scientists and statisticians to create powerful, interactive, and user-friendly charts and web applications. By bulidng a college GPA calculator as an example, I’ve demonstrated the process of building a Shiny app from scratch, highlighted its importance for educational institutions, and outlined the benefits over traditional applications. Shiny thus represents a valuable tool in the modern data scientist’s toolkit. (Completed in January 2024).
Project’s Github with more details
This project offers a step-by-step guide to creating a movie recommender system using Amazon’s movie ratings dataset. By the end of this guide, you’ll gain not just technical know-how but also insights into the practical applications of such models, particularly in shaping personalized educational tools, a blend of data science and educational innovation. Surprise library (SVD Algorithm) was utilized as the recommender system. (Completed in October 2023).
Project’s Github with more details
For educators, it’s sad to see students struggle and drop out. The goal of this analytics project was to predict the GPA scores of college students based on their SAT scores and attendance. A regression model was used, as well as stats models library in Python. The findings from the project can be used by educators to identify poor-performing students at risk of dropping out on time and provide targeted support and personalized learning. (First Completed April 2020. Updated July, 2023).
Project’s Github with more details
This report aims to provide sufficient advice on Barratt as a good company for investment based on existing data and to provide prospective investors with an understanding of the company’s overall financial performance. To accomplish this, descriptive, time series, and fundamental analysis were carried.
From the analysis, Barratt has a higher mean return and standard deviation. This however implies that Barratt has both the higher return and volatility/risk. The regression line had a good fit between Barratt and Berkeley Returns. The time series forecasting analysis suggests Simple Exponential Smoothing method as the most suitable forecasting model due to its lower Moving Average Error and highest (four) forecast line points matching with the test price line (ground truth or expectation). (Completed in April 2022)
Project’s Github with more details
Analysing and ranking countries that immigrated to Canada between 1980 and 2013, with insights into events that may have played a role in/influenced their immigration. Python, Pandas, Matplotlib (Completed in November, 2020)
Project’s Github with more details
Descriptive Approach: The goal of this study is to investigate Walmart’s retail sales using Tableau software in a descriptive approach with six metrics - average sales, profit, and discount, distribution of average profit by state in the United States, percentage of profit per region, sales profits per month, average sales profit based on age, and Sub-category per average profit. (Completed March 2022)
Project’s Github with more details
The goal of this project was to understand students’ interest in some selected data science topics using numpy and pandas and matplotlib for visualization. (Completed November 2020).
S.C Chiazor, C.A Omonhinmin, 2018. Impact Evaluation Study of Biotechnology Publishing in Nigeria 31st Annual International Conference of the Biotechnology Society of Nigeria.
Guest Speaker: Positioning as a tech talent for 2024 - Mentor Techies, Dec 2023